9B-26.000MEEJ-B

9B-26.000MEEJ-B Application Field and Working Principle

The 9B-26.000MEEJ-B crystal, also referred to as a “High Frequency Piezoelectric Crystal Oscillator”, is a piezoelectric device designed for applications with a broad frequency range of 9.0 - 26.000 MHz. It is available in both surface mount and through hole styles for convenience and is capable of handling a wide range of frequencies. They are most commonly used in applications such as VHF communications, wireless telecoms, and medical systems.

These types of crystals are useful for their low phase noise, high harmonic suppression and excellent stability which make them ideal for applications requiring precision timing. The use of the highest purity quartz materiel available yields extremely low phase noise, our high harmonic suppression and constant temperature stability for the oscillator.

Piezoelectric crystals, such as the 9B-26.000MEEJ-B, work as a result of piezoelectricity, an electric charge generated in response to applied mechanical stress. When an electrical charge is applied to the crystal, it vibrates at an oscillation frequency. Over time, this frequency will remain stable as the device is temperature controlled.

The 9B-26.000MEEJ-B oscillator offers a reliable, cost effective solution for frequency control applications, which require low phase noise, high harmonic suppression and excellent stability. The high frequency range of 9.0 - 26.000 MHz makes them suitable for various applications, including VHF communications, wireless telecoms, and medical systems. They are available in a variety of mounting options for easy installation and can be customized for specific applications.

In conclusion, the 9B-26.000MEEJ-B crystal oscillator is an excellent choice for frequency control applications requiring precision timing and consistent stability due to its unique piezoelectric properties. With the capability of handling a wide frequency range, the oscillator can be used in many different applications, such as VHF communications, wireless telecoms, and medical systems. Additionally, the oscillator is available in many different mounting styles, making it easy to install and customize for specific applications.